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User Avatar 102016581968911210437's 13th Gen Intel Core i7-13700F at 5.0 MHz with an PRO B760-P WIFI (MS-7D98) Motherboard

7870 Marks

This submission was made with an Engineering Sample

Hardware Details

Processor

Brand String 13th Gen Intel(R) Core(TM) i7-13700F
Family RaptorLake
Feature Flags EIST, TM2, PCID, x2APIC, FPU, VME, PSE, MSR, PAE, MCE, APIC, MTRR, PAT, PSE-36, ACPI, SS, HTT, TM
Hybrid Core Architecture true
Instructions TSC, MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AESNI, AVX
Intel® Speed Shift true
Intel® Turbo Boost Max true
Logical CPU P-Cores 16
Microcode Update 0x119
Physical CPU P-Cores 8
Possible Turbo Bins 0
Turbo Overclockable false

Operating System

Manufacturer Microsoft Corporation
Name Microsoft Windows 11 Home
Service Pack
Version 10.0.22621

Motherboard

Manufacturer Micro-Star International Co., Ltd.
Model PRO B760-P WIFI (MS-7D98)
Version 2.0

Memory

Total Installed Memory 16.00
Capacity 8.00
Bank Label BANK 0
Device Locator Controller1-DIMMB2
Manufacturer Kingston
Default Speed 5600
Capacity 8.00
Device Locator Controller0-DIMMA2
Bank Label BANK 0
Default Speed 5600
Manufacturer Kingston

Graphics

Compatibility
DAC Type Integrated RAMDAC
Driver Date 9/12/2023
Driver Version 31.0.15.3742
Name NVIDIA GeForce RTX 4060 Ti
RAM 4.00

BIOS

Manufacturer American Megatrends International, LLC.
Version A.30

BIOS/UEFI Settings

Processor

AVX2 Ratio Offset 0.0
Core Voltage 0.0
Core Voltage Offset 0.0
Processor Core IccMax 279.0
Reference Clock 0.0

Processor Turbo Voltageoverride

Performance Core 0 Voltage Override 0.0
Performance Core 1 Voltage Override 0.0
Performance Core 2 Voltage Override 0.0
Performance Core 3 Voltage Override 0.0
Performance Core 4 Voltage Override 0.0
Performance Core 5 Voltage Override 0.0
Performance Core 6 Voltage Override 0.0
Performance Core 7 Voltage Override 0.0

Processor Turbo Voltageoffset

Performance Core 0 Voltage Offset 0.0
Performance Core 1 Voltage Offset 0.0
Performance Core 2 Voltage Offset 0.0
Performance Core 3 Voltage Offset 0.0
Performance Core 4 Voltage Offset 0.0
Performance Core 5 Voltage Offset 0.0
Performance Core 6 Voltage Offset 0.0
Performance Core 7 Voltage Offset 0.0

Processor Turbo Voltagemode

Performance Core 0 Voltage Mode Adaptive
Performance Core 1 Voltage Mode Adaptive
Performance Core 2 Voltage Mode Adaptive
Performance Core 3 Voltage Mode Adaptive
Performance Core 4 Voltage Mode Adaptive
Performance Core 5 Voltage Mode Adaptive
Performance Core 6 Voltage Mode Adaptive
Performance Core 7 Voltage Mode Adaptive

Processor Turbo Ratios

1 Active Performance Core 52.0
2 Active Performance Cores 52.0
3 Active Performance Cores 51.0
4 Active Performance Cores 51.0
5 Active Performance Cores 51.0
6 Active Performance Cores 51.0
7 Active Performance Cores 51.0
8 Active Performance Cores 51.0

Processor Turbo Ratiolimit

Performance Core 0 51.0
Performance Core 1 51.0
Performance Core 2 51.0
Performance Core 3 51.0
Performance Core 4 ★ 52.0
Performance Core 5 ★ 52.0
Performance Core 6 51.0
Performance Core 7 51.0

Processor Turbo Efficientcorevoltageoverride

Efficient Core 0 Voltage Override 0.0
Efficient Core 1 Voltage Override 0.0
Efficient Core 2 Voltage Override 0.0
Efficient Core 3 Voltage Override 0.0
Efficient Core 4 Voltage Override 0.0
Efficient Core 5 Voltage Override 0.0
Efficient Core 6 Voltage Override 0.0
Efficient Core 7 Voltage Override 0.0

Processor Turbo Efficientcorevoltageoffset

Efficient Core 0 Voltage Offset 0.0
Efficient Core 1 Voltage Offset 0.0
Efficient Core 2 Voltage Offset 0.0
Efficient Core 3 Voltage Offset 0.0
Efficient Core 4 Voltage Offset 0.0
Efficient Core 5 Voltage Offset 0.0
Efficient Core 6 Voltage Offset 0.0
Efficient Core 7 Voltage Offset 0.0

Processor Turbo Efficientcorevoltagemode

Efficient Core 0 Voltage Mode Adaptive
Efficient Core 1 Voltage Mode Adaptive
Efficient Core 2 Voltage Mode Adaptive
Efficient Core 3 Voltage Mode Adaptive
Efficient Core 4 Voltage Mode Adaptive
Efficient Core 5 Voltage Mode Adaptive
Efficient Core 6 Voltage Mode Adaptive
Efficient Core 7 Voltage Mode Adaptive

Processor Turbo Efficientcoreratios

1 Active Efficient Core 41.0
2 Active Efficient Cores 41.0
3 Active Efficient Cores 41.0
4 Active Efficient Cores 41.0
5 Active Efficient Cores 41.0
6 Active Efficient Cores 41.0
7 Active Efficient Cores 41.0
8 Active Efficient Cores 41.0

Processor Turbo Efficientcoreratiolimit

Efficient Core 0 41.0
Efficient Core 1 41.0
Efficient Core 2 41.0
Efficient Core 3 41.0
Efficient Core 4 41.0
Efficient Core 5 41.0
Efficient Core 6 41.0
Efficient Core 7 41.0

Processor Turbo

Processor Powercurrent

Turbo Boost Power Max 65.0
Turbo Boost Power Time Window 28.0
Turbo Boost Short Power Max 219.0
Turbo Boost Short Power Max Enable Enable

Memory Xmp

CommandRate 0.0
CommandRate 0.0
CommandRate 0.0
CommandRate 0.0
CommandRate 0.0
CommandRate 0.0
CommandRate 0.0
CommandRate 0.0
CommandRate 0.0
CommandRate 0.0
Frequency 2801.0
Frequency 0.0
Frequency 0.0
Frequency 0.0
Frequency 2403.0
Frequency 2801.0
Frequency 2403.0
Frequency 0.0
Frequency 2604.0
Frequency 2604.0
MCVoltage 0.0
MCVoltage 0.0
MCVoltage 0.0
MCVoltage 0.0
MCVoltage 0.0
MCVoltage 0.0
MCVoltage 0.0
MCVoltage 0.0
MCVoltage 0.0
MCVoltage 0.0
VDD 0.0
VDD 1.1
VDD 0.0
VDD 0.0
VDD 1.1
VDD 1.25
VDD 1.25
VDD 1.25
VDD 0.0
VDD 1.25
VDDQ 1.1
VDDQ 0.0
VDDQ 0.0
VDDQ 1.25
VDDQ 1.25
VDDQ 1.25
VDDQ 1.25
VDDQ 0.0
VDDQ 1.1
VDDQ 0.0
VPP 1.8
VPP 1.8
VPP 0.0
VPP 1.8
VPP 0.0
VPP 1.8
VPP 1.8
VPP 0.0
VPP 1.8
VPP 0.0
tCCD_L 0.0
tCCD_L 0.0
tCCD_L 0.0
tCCD_L 0.0
tCCD_L 0.0
tCCD_L 0.0
tCCD_L 0.0
tCCD_L 0.0
tCCD_L 0.0
tCCD_L 0.0
tCCD_L_WR 0.0
tCCD_L_WR 0.0
tCCD_L_WR 0.0
tCCD_L_WR 0.0
tCCD_L_WR 0.0
tCCD_L_WR 0.0
tCCD_L_WR 0.0
tCCD_L_WR 0.0
tCCD_L_WR 0.0
tCCD_L_WR 0.0
tCCD_L_WR2 0.0
tCCD_L_WR2 0.0
tCCD_L_WR2 0.0
tCCD_L_WR2 0.0
tCCD_L_WR2 0.0
tCCD_L_WR2 0.0
tCCD_L_WR2 0.0
tCCD_L_WR2 0.0
tCCD_L_WR2 0.0
tCCD_L_WR2 0.0
tCCD_L_WTR 0.0
tCCD_L_WTR 0.0
tCCD_L_WTR 0.0
tCCD_L_WTR 0.0
tCCD_L_WTR 0.0
tCCD_L_WTR 0.0
tCCD_L_WTR 0.0
tCCD_L_WTR 0.0
tCCD_L_WTR 0.0
tCCD_L_WTR 0.0
tCCD_S_WTR 0.0
tCCD_S_WTR 0.0
tCCD_S_WTR 0.0
tCCD_S_WTR 0.0
tCCD_S_WTR 0.0
tCCD_S_WTR 0.0
tCCD_S_WTR 0.0
tCCD_S_WTR 0.0
tCCD_S_WTR 0.0
tCCD_S_WTR 0.0
tCL 40.0
tCL 38.0
tCL 40.0
tCL 0.0
tCL 40.0
tCL 0.0
tCL 38.0
tCL 0.0
tCL 0.0
tCL 40.0
tFAW 0.0
tFAW 0.0
tFAW 0.0
tFAW 0.0
tFAW 0.0
tFAW 0.0
tFAW 0.0
tFAW 0.0
tFAW 0.0
tFAW 0.0
tRAS 80.0
tRAS 80.0
tRAS 80.0
tRAS 0.0
tRAS 70.0
tRAS 0.0
tRAS 70.0
tRAS 80.0
tRAS 0.0
tRAS 0.0
tRC 125.0
tRC 0.0
tRC 0.0
tRC 116.0
tRC 0.0
tRC 135.0
tRC 135.0
tRC 125.0
tRC 0.0
tRC 116.0
tRCD 40.0
tRCD 40.0
tRCD 40.0
tRCD 40.0
tRCD 0.0
tRCD 38.0
tRCD 38.0
tRCD 0.0
tRCD 0.0
tRCD 0.0
tRFC1 708.0
tRFC1 0.0
tRFC1 766.0
tRFC1 824.0
tRFC1 0.0
tRFC1 0.0
tRFC1 766.0
tRFC1 0.0
tRFC1 708.0
tRFC1 824.0
tRFC2 416.0
tRFC2 447.0
tRFC2 0.0
tRFC2 384.0
tRFC2 0.0
tRFC2 447.0
tRFC2 0.0
tRFC2 416.0
tRFC2 0.0
tRFC2 384.0
tRFCsb 364.0
tRFCsb 0.0
tRFCsb 0.0
tRFCsb 338.0
tRFCsb 364.0
tRFCsb 338.0
tRFCsb 312.0
tRFCsb 0.0
tRFCsb 312.0
tRFCsb 0.0
tRP 38.0
tRP 40.0
tRP 38.0
tRP 0.0
tRP 0.0
tRP 0.0
tRP 40.0
tRP 40.0
tRP 0.0
tRP 40.0
tRRD_L 0.0
tRRD_L 0.0
tRRD_L 0.0
tRRD_L 0.0
tRRD_L 0.0
tRRD_L 0.0
tRRD_L 0.0
tRRD_L 0.0
tRRD_L 0.0
tRRD_L 0.0
tRTP 0.0
tRTP 0.0
tRTP 0.0
tRTP 0.0
tRTP 0.0
tRTP 0.0
tRTP 0.0
tRTP 0.0
tRTP 0.0
tRTP 0.0
tWR 78.0
tWR 84.0
tWR 84.0
tWR 0.0
tWR 72.0
tWR 0.0
tWR 78.0
tWR 72.0
tWR 0.0
tWR 0.0